This physicist developed a pair of linear differential equations characterizing how the current and voltage of a transmission line varies with time. Aside from the Telegrapher's equations, he also reduced Maxwell's equations from twenty equations to four and developed vector analysis. Along with Lorentz, he lends his name to a set of units used in relativistic calculations that eliminates a factor of two times the square root of pi, and he also coined the terms "conductance"and "impedance." The integral of the Dirac Del
This physicist developed a pair of linear differential equations characterizing how the current and voltage of a transmission line varies with time. Aside from the Telegrapher's equations, he also reduced Maxwell's equations from twenty equations to four and developed vector analysis. Along with Lorentz, he lends his name to a set of units used in relativistic calculations that eliminates a factor of two times the square root of pi, and he also coined the terms "conductance"and "impedance." The integral of the Dirac Delta function is this man's namesake "step" function, and along with Kennelly, he predicted the existence of one of the layers of the ionosphere. For ten points, identify this British physicist who applied Laplace transforms to the study of electrical circuits
This physicist developed a pair of linear differential equations characterizing how the current and voltage of a transmission line varies with time.
Oliver {Heaviside}